REA LASER CL

The REA LASER CL carbon dioxide laser is ideal for industrial laser marking. Thanks to its compact design and freely rotatable print head, it is easy to integrate into production plants or manufacturing plants.

The_CO2 Laser marking system can be used for marking packaging, plastic and aluminum components, glass and wood as well as food, among other things. Texts and graphics of all kinds up to a size of 250 x 250 mm, including dynamic text fields, can be created.

The integrated pilot laser also allows REA LASER CL to set up new products fast. The consumable-free and virtually maintenance-free operation as well as the option of remote diagnosis and maintenance make the_{CO2 laser marker} particularly economical.

It generates the laser beam using a carbon dioxide laser. Energy is supplied to a mixture of_{CO2 (} carbon dioxide), N2 (nitrogen) and He (helium) in a sealed laser tube, producing light waves. These emerge from the tube as a laser beam and are directed onto the product to be marked via mirrors. When the laser beam hits the product surface, high temperatures are produced which vaporize the surface material. This produces an engraving, a color change or a color removal. The marking is contact-free, precise and fast.

The REA LASER CL is a versatile laser marker that stands out for its wide range of applications. It enables precise and permanent marking on a wide range of materials and in various industries. The following are some examples of areas of application:

• Marking organic materials such as wood, leather, paper, cardboard and foodstuffs
• Marking of folding boxes, packaging, packaging material and secondary packaging (e.g. in the pharmaceutical, cosmetics and food sectors)
• Alphanumeric texts, 1D Barcodes, 2D-Matrix-Codes, machine-readable codes and logos
• Variable data such as date, time, counter, shift code and database content
• Coated substrates (e.g. anodized aluminium)
• Direct marking of foodstuffs
• Marking on laser envelope color
• Engraving in colored fields
• Engraving on glass (window glass, drinking glasses, mirrors, etc.)
• Rubber such as elastomers and thermosets (BR, NBR, IIR, EPDM, CR and IR)
• Silicone such as MQ, VMQ, PVMQ, PMQ, FMQ, FVMQ

• Different processes are used depending on the material: Tempering, engraving, ablation, foaming, color change